Sentence examples for models with fiber from inspiring English sources

We created three-dimensional finite-element models of the rectus femoris and vastus intermedius muscles based on magnetic resonance (MR) images, and compared the fiber excursions predicted by the finite-element models with fiber excursions predicted by lumped-parameter models of these muscles.

The numerical implementation of the introduced model with fiber orientation tensors calculates about eight times faster than the same model calculating with 1000 fiber orientation vectors.

The columns and walls were modeled by the multi-axial spring model with fiber elements as shown in Fig. 4.

Figure 5 a shows the difference of the calculation times of a discrete model with 1000 fibers, and the model with fiber orientation tensors with the quadratic closure (Doi 1981) relative to the model with the IBOF closure (Chung et al. 2002).

To simulate the structural responses of the specimens with severe geometric and material nonlinearity, a component-based joint model was proposed and incorporated into macromodel-based finite element analysis in which beams were modeled with fiber elements.

In particular, we use the three-dimensional TNNP model with fiber rotation and consider both conduction and ionic inhomogeneities.

Our study here extends considerably the results of Refs. [2], [3] by using the three-dimensional TNNP model with fiber rotation.

To perform a detailed, systematic, study of scroll-wave dynamics in the TNNP model, with fiber rotation, transmural heterogeneity and different types of inhomogeneities, such as the ones we have given above, lies beyond the scope of this paper.

To assess the feasibility of reliable stiffness and vibration damping design of composite structures from short fiber reinforced polymers, Monte Carlo models with various fiber orientation distribution (FOD) states are studied.

Distorted models with different fiber orientation, delamination size, and axial position than those of prototype are studied.

Results for the overall thermal and elastic properties of a SiC/Ti metal matrix composite (MMC) show good agreement with both the finite element and other analytical models with repeating fiber arrays.